Clear PolyCast PVB 3D printed ring blanks arranged on a sprue tree, standing upright in a black casting base. Multiple oval, round, and rectangular ring blank shapes are visible, showing smooth surfaces and uniform wall thickness. A finished silver ring rests beside the base, suggesting the transition from printed casting pattern to completed jewelry. Neutral studio background with soft lighting emphasizes material clarity and form.

Custom Ring Blank Service: Lost Wax & 3D Printed Jewelry Casting

$69.00
$69.00
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Clear PolyCast PVB 3D printed ring blanks arranged on a sprue tree, standing upright in a black casting base. Multiple oval, round, and rectangular ring blank shapes are visible, showing smooth surfaces and uniform wall thickness. A finished silver ring rests beside the base, suggesting the transition from printed casting pattern to completed jewelry. Neutral studio background with soft lighting emphasizes material clarity and form.
  • Clear PolyCast PVB 3D printed ring blanks arranged on a sprue tree, standing upright in a black casting base. Multiple oval, round, and rectangular ring blank shapes are visible, showing smooth surfaces and uniform wall thickness. A finished silver ring rests beside the base, suggesting the transition from printed casting pattern to completed jewelry. Neutral studio background with soft lighting emphasizes material clarity and form.
  • Two transparent PolyCast PVB ring blanks printed on a build plate, shown directly beneath a desktop 3D printer toolhead. The ring blanks include integrated sprues and internal supports, illustrating how FDM printed casting patterns are produced for clean burnout and metal casting. The image highlights accessibility and repeatability for makers using printed patterns instead of traditional wax carving.
  • High-resolution purple casting resin ring models suspended upside down on a resin printer build plate, supported by fine lattice structures. The rings feature detailed geometry, including engraved surfaces and delicate forms, demonstrating resin printing for jewelry designs that require tight tolerances and fine detail prior to casting.
  • A CNC machine cutting green jewelry carving wax, with a small end mill actively machining ring forms from a wax block. Fine wax shavings surround the work area, showing subtractive fabrication used to create traditional wax patterns for metal casting when geometry or foundry workflows require conventional methods.
  • A carved green wax ring blank mounted with a machined leaf pattern, on a metal mandrel, showing textured surface detail and unfinished edges prior to casting. The ring appears mid-process, illustrating a traditional wax stage used before metal casting or finishing. Text on the image reads “Additional Project Support Services Available,” signaling optional fabrication or production assistance beyond the ring blank itself.
  • A CAD workspace showing a blue wireframe digital model of multiple ring blanks & pendants attached to a sprue tree. On-screen property panels display calculated volume, mass, and material settings for silver casting. This image represents engineering-grade design work used to predict casting weight, material usage, and physical behavior before fabrication begins.
  • Two digital ring assemblies shown side by side in CAD software: one fully supported with dense lattice structures for resin printing, and one simplified sprue tree layout. The image illustrates different production preparation strategies depending on whether the maker wants print-ready files, casting support, or additional fabrication assistance.
  • A perforated metal flask filled with white investment material, resting on a firebrick surface, prepared for vacuum casting. The flask shows the stage after burnout, where printed or wax ring patterns have been removed, leaving a mold cavity ready to be filled with molten metal.
  • A magnetic pin tumbler in operation on a workbench, filled with water, stainless steel pins, and multiple metal rings and chains. Steam and motion inside the clear lid indicate active polishing, representing optional finishing support for smoothing and refining cast jewelry after metal work.
  • Five finished cabochon rings set in polished silver, each featuring a different natural stone, arranged on a textured fabric surface with dried botanical elements. The rings vary in shape and stone color, illustrating the final outcome possible after casting, finishing, and setting, without implying mass production.
  • A PolyCast PVB ring blank sprue tree displayed in a clean studio setting with a finished silver ring nearby and subtle Aetherium Innovations branding. The image reinforces the connection between modern fabrication methods and traditional jewelry outcomes, emphasizing a maker-focused, process-driven approach.
  • A translucent green resin test ring holding a faceted round gemstone in a prong setting, shown resting on a wooden work surface. A white tool gently touches the ring near the stone, illustrating test fitting and inspection before casting. The image highlights careful handling, stone protection, and fit verification during the jewelry development process, prior to metal casting or final finishing.
  • Clear PolyCast PVB 3D printed ring blanks arranged on a sprue tree, standing upright in a black casting base. Multiple oval, round, and rectangular ring blank shapes are visible, showing smooth surfaces and uniform wall thickness. A finished silver ring rests beside the base, suggesting the transition from printed casting pattern to completed jewelry. Neutral studio background with soft lighting emphasizes material clarity and form.
  • Two transparent PolyCast PVB ring blanks printed on a build plate, shown directly beneath a desktop 3D printer toolhead. The ring blanks include integrated sprues and internal supports, illustrating how FDM printed casting patterns are produced for clean burnout and metal casting. The image highlights accessibility and repeatability for makers using printed patterns instead of traditional wax carving.
  • High-resolution purple casting resin ring models suspended upside down on a resin printer build plate, supported by fine lattice structures. The rings feature detailed geometry, including engraved surfaces and delicate forms, demonstrating resin printing for jewelry designs that require tight tolerances and fine detail prior to casting.
  • A CNC machine cutting green jewelry carving wax, with a small end mill actively machining ring forms from a wax block. Fine wax shavings surround the work area, showing subtractive fabrication used to create traditional wax patterns for metal casting when geometry or foundry workflows require conventional methods.
  • A carved green wax ring blank mounted with a machined leaf pattern, on a metal mandrel, showing textured surface detail and unfinished edges prior to casting. The ring appears mid-process, illustrating a traditional wax stage used before metal casting or finishing. Text on the image reads “Additional Project Support Services Available,” signaling optional fabrication or production assistance beyond the ring blank itself.
  • A CAD workspace showing a blue wireframe digital model of multiple ring blanks & pendants attached to a sprue tree. On-screen property panels display calculated volume, mass, and material settings for silver casting. This image represents engineering-grade design work used to predict casting weight, material usage, and physical behavior before fabrication begins.
  • Two digital ring assemblies shown side by side in CAD software: one fully supported with dense lattice structures for resin printing, and one simplified sprue tree layout. The image illustrates different production preparation strategies depending on whether the maker wants print-ready files, casting support, or additional fabrication assistance.
  • A perforated metal flask filled with white investment material, resting on a firebrick surface, prepared for vacuum casting. The flask shows the stage after burnout, where printed or wax ring patterns have been removed, leaving a mold cavity ready to be filled with molten metal.
  • A magnetic pin tumbler in operation on a workbench, filled with water, stainless steel pins, and multiple metal rings and chains. Steam and motion inside the clear lid indicate active polishing, representing optional finishing support for smoothing and refining cast jewelry after metal work.
  • Five finished cabochon rings set in polished silver, each featuring a different natural stone, arranged on a textured fabric surface with dried botanical elements. The rings vary in shape and stone color, illustrating the final outcome possible after casting, finishing, and setting, without implying mass production.
  • A PolyCast PVB ring blank sprue tree displayed in a clean studio setting with a finished silver ring nearby and subtle Aetherium Innovations branding. The image reinforces the connection between modern fabrication methods and traditional jewelry outcomes, emphasizing a maker-focused, process-driven approach.
  • A translucent green resin test ring holding a faceted round gemstone in a prong setting, shown resting on a wooden work surface. A white tool gently touches the ring near the stone, illustrating test fitting and inspection before casting. The image highlights careful handling, stone protection, and fit verification during the jewelry development process, prior to metal casting or final finishing.
Custom Ring Blank Service: Lost Wax & 3D Printed Jewelry Casting

Custom Ring Blank Service: Lost Wax & 3D Printed Jewelry Casting

$69.00
$69.00
Shipping calculated at checkout.

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You have the stone. Now let’s finish the story.

Are you a maker looking to bring your art to life, or a bench jeweler looking to streamline part of your production workflow? Regardless of why you’re here, this listing provides you personalized access to the Aetherium Jewelry Lab.

Ring blanks are produced using the fabrication method best suited to the geometry and intended casting process. Depending on your project and budget, this may include PolyCast FDM printing, high-resolution casting resin, or traditional jeweler’s wax precision CNC machined. Method selection is handled as part of the service so the pattern integrates cleanly into your workflow.

Additional support services are available as optional add-ons. This can include design refinement, casting assistance, or finishing support, depending on what your project needs.

For the Modern Jeweler
Proudly made in the Pacific Northwest, USA

Every order supports Aetherium Innovations and our mission to develop tools and technologies that lower the barriers in the skilled art trades.

Bench-tested

Modular by design

Direct builder support

Pacific Northwest built

Build & Support

Aetherium products are developed around real workshop and field workflows. If you need dimensions, compatibility guidance, replacement components, or help adapting this product to your setup, contact the workshop before ordering.
Shipping & Returns

The production estimate shown near the purchase button is the current working lead time for this item. Shipping is calculated at checkout.

If an order arrives damaged, does not match what you received approval for, or you need to request a return, contact us with the order number and photos when applicable. We will review the situation directly and help determine the right next step.

Complete the system

Why Aetherium

Built like someone has to use it.

We design around real workflows, direct feedback, and the belief that a good tool should expand what its owner can do.

Bench-testedDeveloped around real workshop problems, not trend forecasts.
Small-batchProduced deliberately with clear lead times and direct accountability.
AdaptableModular, repair-minded systems designed to evolve with the work.
Direct supportCompatibility question? You can talk to the person who built it.
Unsure whether this fits your setup?Send the workshop a photo or a short description before you order.
Ask a compatibility question